Speaking at the 'NEXT Kansai Innovation Meeting' on October 4th.

Both harvesting and tilling are possible! Conducting agricultural driving tests and second ear harvesting with WORKROID, which pursues labor-saving efficiency.

Temzack Co., Ltd. has developed a multifunctional agricultural robot, "Raichou No. 2," and conducted driving tests and the harvesting of second ears in a field in Nobeoka City, Miyazaki Prefecture. This product operates fully electrically and is a relatively small robot capable of agile movements that were difficult with conventional machinery. It is expected to operate in small fields and irregularly shaped disadvantaged farmland, where abandonment of cultivation is a concern. 【Features】 ■ By changing various attachments, it can perform tasks such as tilling and harvesting fully electrically. ■ It moves using a motor driven by an onboard battery. ■ By operating each of the four wheels independently, it can move forward and backward, sideways, and rotate in place. *For more details, please refer to the related links or feel free to contact us.

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A swarm of robots automatically sows seeds! Introducing work robots one after another to practice labor-saving agriculture.

Temzack Co., Ltd. is practicing rice direct seeding for rice flour in Nobeoka City, Miyazaki Prefecture, as part of its labor-saving agriculture initiative "WORKROID Agriculture" using robotic technology. To further streamline the seeding process, we have developed the new model "Raichou No. 1" (seeding-compatible model). This product is an agricultural robot that can automatically perform both seeding and weed control by changing attachments. Its compact size and ability to operate in groups allow it to work in conditions that are often abandoned, such as irregularly shaped land and small fields. 【Features】 ■ Autonomous navigation: Uses AI to identify areas where seeds have not been sown, enabling efficient seeding. ■ Compact and swarm operation: Suitable for irregularly shaped land and small fields, addressing challenging agricultural conditions. ■ Solar power energy: Saves on fuel costs and is environmentally friendly by not burning oil. *For more details, please refer to the related links or feel free to contact us.

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Tillage is also being automated! Labor-saving agriculture is further accelerated, making it possible to perform tillage and harvesting entirely electrically.

Temzac Co., Ltd. has developed a new multifunctional agricultural robot, the "Raichou No. 2" (equipped with a tilling attachment). This product is a multifunctional agricultural robot that can perform tasks such as tilling and harvesting entirely electrically by swapping attachments. It is relatively compact and highly maneuverable, capable of moving not only forward and backward but also sideways and turning in place, making it suitable for uneven terrain and small fields that are often abandoned due to unfavorable conditions. 【Features】 ■ Multifunctional: Other uses besides tilling through attachment exchange ■ Agile: Maneuverability (horizontal and turning movement) suitable for unfavorable land conditions ■ Compact: Can be loaded onto a light truck ■ Electric: Environmentally friendly as it does not burn petroleum *For more details, please refer to the related links or feel free to contact us.

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Collaboration between robots and food! Selling cookies, cakes, gratins, etc. made with thunder powder.

Temzac Co., Ltd., Le Nature, Igurek, and Takami Confectionery have started selling dishes and sweets made with rice flour "Raifuku," produced from robot-cultivated rice, from late January 2024. "Rice flour" is versatile and can be used as a substitute for wheat flour in bread, cakes, noodles, and more. Due to the rising health consciousness and the soaring prices of imported wheat, demand has been increasing in recent years. We aim to establish a new labor-saving agriculture through robot rice cultivation while promoting the appeal of rice flour, contributing to the expansion of rice flour demand and the improvement of food self-sufficiency. 【Roles of Each Company】 ■ Temzac: Robot development, production of Raifuku (rice flour) ■ Le Nature: Sales of Raifuku (rice flour) dishes and sweets ■ Igurek: Sales of Raifuku (rice flour) sweets ■ Takami Confectionery: Sales of Raifuku (rice flour) sweets *For more details, please refer to the related links or feel free to contact us.

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Rice grown using the agricultural WORKROID "Raicho Series" is made into rice flour! Provided to restaurants and other establishments nationwide.

Temzack Co., Ltd. harvested rice for rice flour using the agricultural WORKROID "Raicho Series" and named the resulting rice flour "Raiko." "Raiko" is provided as trial rice flour to restaurants and other establishments nationwide. Based on the partnership agreement signed in December 2022 with Nobeoka City and the Kitakubo Agricultural Corporation, it is made from two varieties of rice (Mizuhokikara and Fukunoko) cultivated through rice farming. We aim to establish a robotic rice farming method that significantly reduces the labor involved in rice cultivation and to create added value and profitability through the production and distribution of rice flour. 【Raiko Component Analysis Results for Two Varieties (Partial)】 <Mizuhokikara> *Measured values per 100g ■Calories: 354 kcal ■Protein: 5.6g ■Fat: 1.3g ■Carbohydrates: 80.0g ■Moisture: 12.9g *For more details, please refer to the related links or feel free to contact us.

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Effort-saving leads to a bountiful harvest! Significantly reduce labor hours in rice cultivation and achieve agriculture that doesn't stick to the land.

Temzack Co., Ltd. has conducted its first harvest at a field in Nobeoka City, Miyazaki Prefecture, where it is practicing "WORKROID Agriculture" using robotic technology. WORKROID Agriculture is a labor-saving farming method implemented by our company that can be undertaken even by those without agricultural experience. Despite significantly reducing the labor hours spent on rice cultivation compared to conventional agriculture, we successfully harvested nearly 400 kg per 10 ares of rice. This confirmed the potential to realize the goals of WORKROID Agriculture, such as "labor-saving" and "farming that does not stick to the land." [Future Prospects] - Establish a labor-saving agriculture system that can handle everything from rice cultivation for rice flour to the distribution of rice flour, and spread it nationwide. - Aim to stop the expansion of abandoned farmland and contribute to maintaining Japan's food self-sufficiency and food security. *For more details, please refer to the related links or feel free to contact us.

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In this webinar, we will clearly explain effective operational methods based on media characteristics, timing for posting, and points for improvement after publication. It is not only important to "collect applications" in recruitment. To prevent mismatches and early turnover after hiring, it is crucial to review the entire recruitment process, including how job information is conveyed and what to confirm during the selection process. Therefore, we will also introduce how to design the recruitment process to prevent discrepancies in understanding with job seekers and to enhance retention rates. Additionally, in small and medium-sized enterprises with few recruitment personnel, the workload involved in creating job postings, responding to applicants, and measuring effectiveness can become a significant burden. We will also explain how to systematize and streamline media operations to make recruitment tasks more efficient, allowing continuous recruitment activities even with limited personnel. Finally, based on the content introduced this time, we will organize and convey specific improvement actions that can be implemented starting tomorrow. Even companies that find it difficult to increase their recruitment budget may have the potential to enhance recruitment outcomes by reviewing their choice of job media, job postings, operational methods, and recruitment processes.

Our company will be exhibiting at the on-site DX EXPO【Autumn】held at Makuhari Messe, in collaboration with Japan Comsys Corporation, TOSYS Corporation, NDS Corporation, and Tomei Communication Industry Corporation, as part of the Comsys Group. This exhibition is held within the "Japan DX & AX Week" and is a specialized exhibition where the latest solutions supporting digital transformation (DX) such as image processing AI, remote monitoring, and robotics gather for those working in various fields such as construction sites and factories. We will also be introducing various AI-powered solutions from our company. Exhibited Products: - Collaborative solutions from various companies (AIJO Site Monitor 'Bear Detection Solution') - AI rebar shape measurement system 'AIJO Rebar King -AIJO HiKing-' - AI monitoring solution 'AIJO Site Monitor' - Safety gear inspection before work 'AIJO Safety' - Product appearance inspection solution for manufacturing industry 'AIJO Check AItem' - Automated drone inspection service for solar power plants 'AIJO Check Solar' and more.

JMP is software that not only excels in statistical analysis and graph creation but also has robust features for experimental design. By utilizing experimental design, efficient data collection can be achieved while minimizing time and costs. In this seminar, we will focus on the features of experimental design, specifically the sample size explorer and Bayesian optimization, and demonstrate examples of their application in the manufacturing industry. 【Overview】 First half: Utilization of t-tests in the manufacturing industry and simulation of required data numbers We will explain the overview and examples of t-tests, which are used for various purposes in the manufacturing industry, and present analysis examples using JMP. Additionally, we will introduce a method to simulate the relationship between the required data numbers for t-tests and statistical power using the sample size explorer. Second half: How to utilize JMP Pro Bayesian optimization – Application to simulation experimental data The Bayesian optimization platform is originally designed for experimental data that includes measurement errors, but there is also a strong demand to apply it to simulation experimental data that does not contain errors, such as CAE. In this seminar, we will introduce approaches for utilizing Bayesian optimization with simulation experimental data.

Nitto Kohki will hold the "2025 Attack Fair in Meiko" for two days from July 23 (Wednesday) to July 24 (Thursday), 2025, at the "Kowa Seminar Plaza 2F Training Room No. 12 (inside Kowa Sports Land)." The Attack Fair is an exhibition where you can actually "see, touch, and operate" Nitto Kohki's products. Additionally, there will be wonderful souvenirs for attendees and many fun activities prepared. We look forward to welcoming everyone!

"The training ends up being just a formality, and the effects are not felt." "Is it really okay to implement uniform training methods in a workplace with employees who have diverse values?" If you are responsible for or promoting human resource development, you may have encountered such challenges. In this seminar, we will introduce human resource development methods tailored to individual skills, experience levels, and career perspectives, using real examples. We will also provide a detailed explanation of "personalized learning," which allows for the individual optimization of learning based on personal abilities, skills, and career perspectives made possible by the advent of AI. ◆ Recommended for: - Those who are implementing employee development measures but are not feeling the effects. - Those looking for ways to enhance employees' autonomous learning and motivation to learn. - Those interested in the latest human resource development methods utilizing AI. ◆ Topics to be discussed: - Only 11% of companies are implementing reskilling measures? The reality of corporate human resource development. - What is an Individual Development Plan (IDP) that maximizes individual potential? - Actual implementation of individual capability development plans. - Optimization and effect maximization of human resource development using AI.